> For the complete documentation index, see [llms.txt](https://gitbook.testingwaters.in/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://gitbook.testingwaters.in/geometry-1.md).

# Geometry

- [Boundary Curve](https://gitbook.testingwaters.in/geometry-1/boundary-curve.md): Closed curve connecting random points
- [Bridging parallel curves](https://gitbook.testingwaters.in/geometry-1/orthogonal-spacing.md): Orthogonal Spacing of beams along Parallel two Curves
- [British Museum Great Court](https://gitbook.testingwaters.in/geometry-1/british-museum-great-court-roof.md): Roof Surface Geometry
- [Catenary](https://gitbook.testingwaters.in/geometry-1/catenary.md)
- [Delete Adjacent](https://gitbook.testingwaters.in/geometry-1/delete-adjacent.md)
- [Geodesic Sphere](https://gitbook.testingwaters.in/geometry-1/geodesic-sphere.md): Geodesic Sphere based on an Icosahedron
- [Group Branching Curves](https://gitbook.testingwaters.in/geometry-1/group-branching-curves.md): Triangular loops from branching curves
- [Group Circles](https://gitbook.testingwaters.in/geometry-1/group-circles.md)
- [Group curves](https://gitbook.testingwaters.in/geometry-1/group-curves.md): Design script definition that groups a list of shuffled curves into loops…
- [K Mean](https://gitbook.testingwaters.in/geometry-1/k-mean.md): K-Means is one of the most popular "clustering" algorithms
- [Nurbs Surface Irregular](https://gitbook.testingwaters.in/geometry-1/nurbs-surface-irregular.md): Non Rectangular footprint
- [Overlapping Petals](https://gitbook.testingwaters.in/geometry-1/overlapping-petals.md)
- [Pair Nearest](https://gitbook.testingwaters.in/geometry-1/pair-nearest.md): Pair nearest while avoiding reverse pairing (unique pairs)
- [Parametric Shapes](https://gitbook.testingwaters.in/geometry-1/hyperbolic-paraboloid.md): Geometry defined by equations
- [Platonic Solids](https://gitbook.testingwaters.in/geometry-1/platonic-solids.md): Regular Polyhedron
- [Polyline to PolyArc](https://gitbook.testingwaters.in/geometry-1/polyline-to-polyarc.md): Convert a series of lines to a series of tangential arcs
- [Roman Surface](https://gitbook.testingwaters.in/geometry-1/roman-surface.md): Steiner Surface
- [Sagrada Familia Schools Roof](https://gitbook.testingwaters.in/geometry-1/sagrada-familia-schools-roof.md): Begin with a basic sine wave and incrementally alter lists of points to alter positions and profiles utilizing replication guides in Design Script (ver. 3.1)
- [Sine Curve](https://gitbook.testingwaters.in/geometry-1/sine-curve.md): Sine Curve from equations
- [Sine Ribbon](https://gitbook.testingwaters.in/geometry-1/sine-ribbon.md): Create a form using an equation to modify the form of a sine wave
- [Spherical Transformations](https://gitbook.testingwaters.in/geometry-1/spherical-transformations.md): Transforming with equations
- [Split Rectangle](https://gitbook.testingwaters.in/geometry-1/split-rectangle.md): Split rectangle by specifying number of divisions, minimum and maximum area
- [Tangential Circle through Point](https://gitbook.testingwaters.in/geometry-1/tangential-circle-through-point.md): Circle passing through a point and tangential to two curves
- [Travelling Salesman Problem](https://gitbook.testingwaters.in/geometry-1/travelling-salesman-problem.md): Connecting a list of points without self intersections
- [Unaligned Bounding Box](https://gitbook.testingwaters.in/geometry-1/unaligned-bounding-box.md)